LC45950 - Basket SIEMENS - Free user manual and instructions

USER MANUAL LC45950 SIEMENS

3D rendering of a kitchen fan with a mesh grille and ventilation cover (no text or symbols)

LC 45 ..

de Seite 3-13

en page 14 – 24

fr page 25 - 35

nl pagina 36 - 46

it pagina 47 - 57

es página 58 - 68

pt página 69–79

SV sid 80-90

no side 91-101

fi sivu 102 - 112

da side 113 - 123

tr Sayfa 124 - 134

Abb. 1

GAS

GAZ

KAASU

GASS

KAASU GASS mind. 650

ELEKTRO

ELECTR.

ELETT.

EL.

ELETT. EL.

ELETT. EL.

ELETT. EL.

ELETT. EL.

ELETT. EL.

ELETT. EL. mind. 550

Gerätebeschreibung

Illustration of a kitchen range hood with close-ups of structural components (no text or symbols)

Architectural detail showing a structural frame with ladder and window (no text or symbols)

Close-up of a hand holding a small object against a metallic architectural element (no text or symbols visible)

3D rendering of a mechanical component with a cylindrical housing and a protruding rod (no text or symbols visible)

3D rendering of a white mechanical component with a conical top and flange base (no text or symbols)

Umluftbetrieb

Diagram showing airflow or fluid flow between two building walls, with arrows indicating direction (no text or symbols)

51-318 max. 1080 mind. 813 522 170 250 500 600/700/900 323

Technical diagram showing mechanical assembly with three views: top view of a cylindrical component, side view of a triangular structure with internal components, and bottom view of a screw (no text or labels)

Diagram of a mechanical device with a hand operating the top part, showing internal components and no visible text or symbols.

Operating Instructions

Appliance description

Chimney panelling Light / fan switches Filter grille Lighting

Operating modes

Exhaust-air mode:

☐ The extractor-hood fan extracts the kitchen vapours and conveys them through the grease filter into the atmosphere.
☐ The grease filter absorbs the solid particles in the kitchen vapours.
☐ The kitchen is kept almost free of grease and odours.

When the extractor hood is operated in exhaust-air mode simultaneously with a different burner which also makes use of the same chimney (such as gas, oil or coal-fired heaters, continuous-flow heaters, hot-water boilers) care must be taken to ensure that there is an adequate supply of fresh air which will be needed by the burner for combustion.

Safe operation is possible provided that the underpressure in the room where the burner is installed does not exceed 4 Pa (0.04 mbar).

Operating modes

This can be achieved if combustion air can flow through non-lockable openings, e.g. in doors, windows and via the air-intake/exhaust-air wall box or by other technical measures, such as reciprocal interlocking, etc.

If the air intake is inadequate, there is a risk of poisoning from combustion gases which are drawn back into the room.

An air-intake/exhaust-air wall box by itself is no guarantee that the limiting value will not be exceeded.

Note: When assessing the overall requirement, the combined ventilation system for the entire household must be taken into consideration. This rule does not apply to the use of cooking appliances, such as hobs and ovens.

Unrestricted operation is possible if the extractor hood is used in recirculating mode – with activated carbon filter.

Circulating-air mode:

☐ An activated carbon filter must be fitted for this operating mode (see Filters and maintenance).

⚠ The complete installation set and replacement filters can be obtained from specialist outlets. The corresponding accessory numbers can be found at the end of these operating instructions.

☐ The extractor-hood fan extracts the kitchen vapours which are purified in the grease filter and activated carbon filter and then conveyed back into the kitchen.

☐ The grease filter absorbs the grease particles in the kitchen vapours.

☐ The activated carbon filter binds the odorous substances.

⚠️ If no activated carbon filter is installed, it is not possible to bind the odorous substances in the cooking vapours.

Important notes:

☐ The Instructions for Use apply to several versions of this appliance. Accordingly, you may find descriptions of individual features that do not apply to your specific appliance.
☐ This extractor hood complies with all relevant safety regulations.

Repairs should be carried out by qualified technicians only.

Improper repairs may put the user at considerable risk.

⚠️ Do not use the appliance if damaged.
⚠ The appliance may be connected to the mains by a qualified technician only.
⚠ The appliance is not intended for use by young children or infirmed persons without supervision.

Young children should be supervised to ensure they do not play with the appliance.

⚠️ If the connecting cable for this appliance is damaged, the cable must be replaced by the manufacturer or his customer service or a similarly qualified person in order to prevent serious injury to the user.
⚠ Dispose of packaging materials properly (see Installation instructions).
⚠ This extractor hood is designed for domestic use only.
Light bulbs must always be fitted when the extractor hood is in use.
⚠️ Defective bulbs should be replaced immediately to prevent the remaining bulbs from overloading.
⚠️ Never operate the extractor hood without a grease filter.
⚠️ Overheated fat or oil can easily catch fire. If you are cooking with fat or oil, e.g. chips, etc., never leave the cooker unattended.
⚠ Do not flambé food directly under the extractor hood.

! Risk of grease filter catching fire due to flames.

☐ Before using your appliance for the first time, please read these Instructions for Use carefully. They contain important information concerning your personal safety as well as on use and care of the appliance.
☐ Please retain the operating and installation instructions for a subsequent owner.

⚠ The hotplates must always be covered with a utensil.
⚠️ Restrictions apply to the use of the extractor hood over a solid-fuel burner (coal, wood, etc.). (See Installation instructions).

Gas hobs / Gas cookers

Do not use all the gas hotplates simultaneously for a prolonged period (max. 15 minutes) at maximum thermal load, otherwise there is a risk of burns if the housing surfaces are touched or a risk of damage to the extractor hood. If the extractor hood is situated over a gas hob, operate the hood at maximum setting if three or more gas hotplates are operated simultaneously.

If you encounter a problem

If you have any questions or if a fault occurs, please call Customer Service.

(See list of Customer Service representatives).

When you call, please quote the following:

E-Nr.

FD

Enter the relevant numbers into the box above. The E-Nr. (product no.) and FD (production date) are shown on the nameplate which can be seen inside the extractor hood after the filter frame has been detached.

Operating procedure

⚠ The most effective method of removing vapours produced during cooking is to:

☐ Switch the ventilator ON as soon as you begin cooking.
☐ Switch the ventilator OFF a few minutes after you have finished cooking.

○ 1 ○ 1 2 3

Light Off/On
Ventilator settings

Switching ON:

☐ Slide the right slide switch to the desired fan setting.

Switching OFF:

☐ Slide the right slide switch back to 0.

Lighting:

☐ The light can be switched on at any time, even though the fan is switched off.

Filters and maintenance

Grease filters:

Metal filters are used to trap the greasy element of the vapours that develop during cooking.

The filter mats are made from non-combustible metal.

Caution:

As the filter becomes more and more saturated with grease, not only does the risk of it catching fire increase but the efficiency of the extractor hood can also be adversely affected.

Important:

By cleaning the metal grease filters at appropriate intervals, the possibility of them catching fire as a result of a build-up of heat such as occurs when deep-fat frying or roasting is taking place, is reduced.

Cleaning the metal grease filters:

☐ In normal operation (1 to 2 hours daily), the metal grease filter must be cleaned after 8 to 10 weeks.
☐ The filters can be cleaned in a dish-washer. It is however possible that they will become slightly discoloured.
☐ The filter must be placed loosely, and NOT wedged, in the dishwasher.

Important:

Metal filters that are saturated with grease should not be washed together with other dishes etc.

☐ When cleaning the filters by hand, soak them in hot soapy water first of all.

Then brush the filters clean, rinse them thoroughly and leave the water to drain off.

Filters and maintenance

Removing and inserting the metal grease filters:

1. Press the catch on the grease filters inwards and fold the filters down.

Illustration of a kitchen range with close-ups of the interior and exterior view, showing structural details (no text or symbols)

1. Clean the filters.
2. Insert the clean filters back into the hood.

Activated carbon filter:

For neutralizing odours in recirculating mode.

Caution:

As the filter becomes more and more saturated with grease, there is an increased risk of fire and the function of the extractor hood may be impaired.

Important:

Change the activated carbon filter promptly to prevent the risk of fire from the accumulation of heat when deep-fat frying or roasting.

Inserting the filter:

1. Remove the metal filters (see "Removing and inserting the metal grease filters").
2. Insert an activated carbon filter on the right and left of the fan motor and rotate the filters until they lock into position.

1. 2.

1. Insert the grease filters (see removal and installation of the metal-mesh grease filters).

Removing the filter:

The filters are removed in reverse sequence.

Replacing the activated carbon filters:

☐ During normal operation (1 to 2 hours per day) the activated carbon filters should be replaced approximately 1 x year.
☐ The activated carbon filters are available from specialist outlets (see Optional accessories).
□ Use only original filters. The appliance is then guaranteed to function perfectly.

Disposal of old activated carbon filters:

□ Activated carbon filters do NOT contain any harmful substances. They can therefore be disposed of as household refuse.

Cleaning and care

Disconnect the extractor hood from the electricity supply by pulling out the mains plug or switching it off at the fuse box.

☐ At the same time as you clean the grease filters, clean off any grease from all accessible parts of the housing. This significantly reduces the fire hazard and ensures that the extractor hood performs as effectively as possible.
☐ Use a hot detergent solution or a mild window cleaner to clean the canopy of the extractor hood.
☐ Do not scrape off any dirt that has dried on but loosen it up with a damp cloth.
☐ Do not use abrasive cleaning agents or sponges that could cause scratches.
☐ Note: Do not use alcohol (spirit) on plastic parts, otherwise the surface may become matt in appearance.

Caution: Ensure that the kitchen is adequately ventilated. Avoid naked flames!

⚠ Clean the sliding switch with a soft, damp cloth (mild detergent solution) only. Do not use stainless steel polish on the sliding switch.

Stainless steel surfaces:

☐ Use a mild non-abrasive stainless steel cleaner.
□ Clean the surface in the same direction as it has been ground and polished.

⚠ Do not use any of the following to clean stainless steel surfaces: abrasive sponges, cleaning agents containing sand, soda, acid or chloride!

Aluminium and plastic surfaces:

□ Use a soft, non-linting window cloth or micro-fibre cloth.
□ Do not use dry cloths.
□ Use a mild window cleaning agent.
☐ Do not use aggressive, acidic or caustic cleaners.
☐ Do not use abrasive agents.

Replacing the light bulbs

1. Switch off the extractor hood and pull out the mains plug or switch off the electricity supply at the fuse box.
2. Remove the grease filters (see Filters and Maintenance).
3. Press down the bulb cover and disconnect from the light strip.

3D architectural rendering of a modern building corner with stairs and ladder (no text or symbols)

1. Replace the bulb (standard filament bulb, max 40 W, E14 bulb holder).

Close-up of a hand adjusting a wall-mounted fixture component (no visible text or symbols)

1. Attach the lamp cover again.
2. Re-insert the grease filters.
3. Plug the appliance into the mains or switch it on at the fuse box.

Important information

⚠️ Old appliances are not worthless rubbish. Valuable raw materials can be reclaimed by recycling old appliances. Before disposing of your old appliance, render it unusable.

⚠️ You received your new appliance in a protective shipping carton. All packaging materials are environmentally friendly and recyclable. Please contribute to a better environment by disposing of packaging materials in an environmentally-friendly manner.

Please ask your dealer or inquire at your local authority about current means of disposal.

⚠ The extractor hood can be used in exhaust air or circulating air mode.

⚠️ Always mount the extractor hood over the centre of the hob.

⚠️ Minimum distance between electric hob and bottom edge of extractor hood: 550 mm, Fig. 1.

⚠ The extractor hood must not be installed over a solid fuel cooker – a potential fire hazard (e.g. flying sparks) – unless the cooker features a closed, non-removable cover and all national regulations are observed.

⚠ The smaller the gap between the extractor hood and hotplates, the greater the likelihood that droplets will form on the underside of the extractor hood.

Additional information concerning gas cookers:

⚠ When installing gas hotplates, comply with the relevant national statutory regulations (e.g. in Germany: Technische Regeln Gasinstallation TRGI).

⚠️ Always comply with the currently valid regulations and installation instructions supplied by the gas appliance manufacturer.

⚠️ Only one side of the extractor hood may be installed next to a high-sided unit or high wall. Gap at least 50 mm.

⚠️ Minimum distance on gas hotplates between the upper edge of the trivet and lower edge of the extractor hood: 650 mm, Fig. 1.

Prior to installation

Exhaust-air mode

100 125 100 125

31-318 max. 1080 mind. 793 522 170 250 500 600/700/ 900 mind.55 323 500

The exhaust air is discharged upwards through a ventilation shaft or directly through the outside wall into the open.

Exhaust air should neither be directed into a smoke or exhaust flue that is currently used for other purposes, nor into a shaft that is used for ventilating rooms in which stoves or fireplaces are also located.

Exhaust air may be discharged in accordance with official and statutory regulations only (e.g. national building regulations).

Local authority regulations must be observed when discharging air into smoke or exhaust flues that are not otherwise in use.

When the extractor hood is operated in exhaust-air mode simultaneously with a different burner which also makes use of the same chimney (such as gas, oil or coal-fired heaters, continuous-flow heaters, hot-water boilers) care must be taken to ensure that there is an adequate supply of fresh air which will be needed by the burner for combustion.

Safe operation is possible provided that the underpressure in the room where the burner is installed does not exceed 4 Pa (0.04 mbar).

This can be achieved if combustion air can flow through non-lockable openings, e.g. in doors, windows and via the air-intake/exhaust-air wall box or by other technical measures, such as reciprocal interlocking, etc.

If the air intake is inadequate, there is a risk of poisoning from combustion gases which are drawn back into the room.

An air-intake/exhaust-air wall box by itself is no guarantee that the limiting value will not be exceeded.

Note: When assessing the overall requirement, the combined ventilation system for the entire household must be taken into consideration. This rule does not apply to the use of cooking appliances, such as hobs and ovens.

Unrestricted operation is possible if the extractor hood is used in recirculating mode – with activated carbon filter.

If the exhaust air is going to be discharged into the open, a telescopic wall box should be fitted into the outside wall.

Prior to installation

For operating in exhaust-air mode, a one-way flap should be mounted inside the extractor hood unless there is already one fitted in the outlet duct or wall ventilation box.

If no one-way flap was enclosed with the hood, it can be obtained from a specialist retailer.

Installing the one-way flap:

☐ Snap the one-way flap into the air pipe.

3D rendering of a mechanical component with a cylindrical housing and a protruding rod (no text or symbols visible)

⚠ The two lightly sprung flaps must be able to move upwards.

If the exhaust air is going to be discharged into the open, a telescopic wall box should be fitted into the outside wall.

For optimum extractor hood efficiency:

☐ Short, smooth air exhaust pipe.
☐ As few bends in the pipe as possible.
☐ Diameter of pipe to be as large as possible and no tight bends in pipe. If long, rough exhaust-air pipes, many pipe bends or smaller pipe diameters are used, the air extraction rate will no longer be at an optimum level and there will be an increase in noise.

□ Round pipes:

We recommend Internal diameter: 125 mm (at least 100 mm).

☐ Flat ducts must have an internal cross-section that equates to that of round pipes.
100 mm approx. 78 cm
125 mm approx. 113 cm

There should be no sharp bends.

☐ If pipes have different diameters: Insert sealing strip.

☐ For exhaust-air mode, ensure that there is an adequate supply of fresh air.

Connecting a 125 mm exhaust-air pipe:

□ Mount the pipe directly onto the air outlet on the hood.

Connecting a 100 mm exhaust-air pipe:

☐ Attach the reducing connector (enclosed or available from specialist retailer) to the air pipe and then attach to the exhaust-air duct.

3D rendering of a white mechanical component with a cylindrical top and base plate (no text or symbols)

Prior to installation

Circulating-air mode

☐ With activated carbon filter if exhaust-air mode is not possible.

max. 1080 mind. 813 51-318 522 170 250 323 500 600/700/900

The complete installation set can be obtained from specialist outlets. The corresponding accessory numbers can be found at the end of these operating instructions.

Preparing the wall

☐ The wall must be flat and perpendicular.
☐ Ensure that the wall is capable of providing a firm hold for mounting screws and plugs.

Weight in kg:

	Exhaust air	Recirculating air
	12,560 cm	13,5
70 cm	13,0 14,0
90 cm	3,9 14,9

We reserve the right to construction changes within the context of technical development.

Electrical connection

WARNING: THIS APPLIANCE MUST BE EARTHED

IMPORTANT: Fitting a Different Plug:

The wires in the mains lead are coloured in accordance with the following code:

Green and Yellow – Earth

Blue - Neutral

Brown - Live

If you fit your own plug, the colours of these wires may not correspond with the identifying marks on the plug terminals.

Electrical connection

This is what you have to do:

1. Connect the green and yellow (Earth) wire to the terminal in the plug marked 'E' or with the symbol (≡), or coloured green or green and yellow.
2. Connect the blue (Neutral) wire to the terminal in the plug marked 'N' or coloured black.
3. Connect the brown (Live) wire to the terminal marked 'L', or coloured red.

The extractor hood should only be connected to an earthed socket that has been installed according to relevant regulations.

If possible, site the earthed socket directly behind the chimney panelling.

Electrical data:

Are to be found on the name plate inside the appliance after removal of the filter frame.

⚠️ Before undertaking any repairs, always disconnect the extractor hood from the electricity supply.

Length of the connecting cable: 1.30 m. If it is necessary to wire the extractor hood directly into the mains:

The extractor hood should only be connected to the electricity supply by a properly qualified electrician.

A separator must be installed in the household circuit. A suitable separator is a switch that has a contact gap of more than 3 mm and interrupts all poles. Such devices include circuit breakers and contactors.

⚠️ If the connecting cable for this appliance is damaged, the cable must be replaced by the manufacturer or his customer service or a similarly qualified person in order to prevent serious injury to the user.

This extractor hood corresponds to EC regulations concerning RF interference suppression.

Installation

This extractor hood is intended to be mounted onto the kitchen wall.

1. Remove the grease filter (refer to Operating Instructions).
2. Draw a line on the wall from the ceiling to the lower edge of the hood at the centre of the location where the hood is going to be mounted.
3. Using the template, mark positions on the wall for the screws.

⚠ Ensure that the minimum distance between the hob and the extractor hood is maintained – 550 mm for an electric hob and 650 mm for a gas hob. The bottom edge of the template equates to the lower edge of the extractor hood.

1. Drill 5 holes (dia. 8 mm) for the extractor hood and 4 holes (dia. 8 mm) for the brackets for fixing the flue ducts and insert wall plugs flush with the wall.

27 228 465 68 113 39 mind. 550 Elektro 650 Gas 228 220 400

Note: Take into account any special accessories that are going to be fitted.

1. Screw on the 2 brackets for fixing the upper and lower flue ducts.
2. In order to help fix the hood onto the wall, screw in the middle screw (without a washer) until it protrudes by approx. 5 mm.
3. Hook the extractor hood over the screw in the wall

ca. 5mm

Installation

1. Insert the other 4 screws with washers.

⚠️ Before the 4 screws are tightened down, align the extractor hood properly.

Technical diagram of a mechanical assembly with multiple views and components, no visible text or symbols

1. Connect up the air outlet pipe.

2. Connect the hood to the electricity supply.

3. Stainless steel model:

☐ Remove the protective film from the two flue ducts.

⚠ Avoid damage to the sensitive surface.

1. Screw the upper flue duct to the sides of the fixing bracket with 2 short screws.

Technical line drawing of a mechanical device with no visible text or symbols

1. Position the lower flue duct on the extractor hood and screw the extractor hood to the flue duct from below with 2 long screws.

⚠️ Toprevent scratching the upper duct when pushing on the lower duct, cover the edge of the lower duct with the installation template or other protective material.

Then screw the flue duct to the sides of the fixing bracket with 2 short screws.

⚠️ Before tightening the 2 screws, align the flue duct.

2. 1.

1. Re-insert the grease filter (see operating instructions).

Architectural diagram showing a roof structure with circular insets illustrating local land use and infrastructure (no text or symbols)

3D architectural rendering of a modern building corner with stairs and structural elements (no text or symbols visible)

Close-up of a hand holding a small object inside a mechanical component (no visible text or symbols)

3D rendering of a mechanical component with a cylindrical housing and a protruding rod (no text or symbols visible)

3D rendering of a white mechanical component with a conical top and base plate (no text or symbols)

Avant le montage

Mode Air recyclé

Diagram showing airflow or fluid flow between two building walls, with arrows indicating direction (no text or symbols)

51-318 max. 1080 mind. 813 522 170 250 500 600/700/900 323

Technical diagram showing mechanical assembly with three views: top view of a cylindrical component, side view of a flanged component, and bottom view of a screw (no text or labels present)

Pure technical diagram of a vertical cylindrical device with base and top components, no text or symbols present

Architectural diagram showing a roof structure with circular insets illustrating local views of the building (no text or labels)

Architectural elevation drawing of a modern building facade with stairs and structural beams (no text or symbols)

Close-up of a hand holding a small object inside a transparent container (no visible text or symbols)

3D rendering of a mechanical component with a cylindrical housing and a protruding rod (no text or symbols visible)

3D rendering of a white mechanical component with a conical top and flange base (no text or symbols)

Voor de montage

Diagram showing airflow or fluid flow between two building walls, with arrows indicating direction (no text or symbols)

51-318 max. 1080 mind. 813 522 170 250 500 600/700/900 323

Technical diagram showing mechanical assembly with three views: top view of a cylindrical component, side view of a mechanical part with bolts and screws, and bottom view of a screw with fasteners (no text or labels)

Diagram of a mechanical device with a lever and base structure (no text or symbols)

Architectural diagram showing roof structure with circular insets illustrating structural details (no text or symbols)

Architectural detail showing a window frame and ladder structure (no text or symbols)

Close-up of a hand holding a mechanical component, possibly a valve or bracket (no visible text or symbols)

3D rendering of a mechanical component with a cylindrical housing and a protruding rod (no text or symbols visible)

3D rendering of a white mechanical component with a conical top and base plate (no text or symbols)

Prima del montaggio

Diagram showing airflow or fluid flow between two building walls, with arrows indicating direction (no text or symbols)

51-318 max. 1080 mind. 813 522 170 250 500 600/700/900 323

Technical diagram showing mechanical assembly with three views: top view of a cylindrical component, side view of a mechanical part with bolts and screws, and bottom view of a screw with fasteners (no text or labels)

Diagram of a laboratory apparatus with a funnel and control tower, no visible text or symbols

Architectural diagram showing a building facade with circular insets illustrating urban layout and structural details (no text or symbols)

3D architectural rendering of a modern building corner with ventilation grilles and structural beams (no text or symbols)

Close-up of a hand holding a small object against a metallic frame (no visible text or symbols)

3D rendering of a mechanical component with a cylindrical housing and a protruding rod (no text or symbols visible)

3D rendering of a white mechanical component with a conical top and base plate (no text or symbols)

Diagram showing airflow or fluid flow between two adjacent structures with arrows indicating direction (no text or symbols)

51-318 max. 1080 mind. 813 522 170 250 500 600/700/900 323

Technical diagram of a mechanical assembly with three views: top shows a cylindrical component, middle shows a triangular structure with internal components, and bottom shows a screw with fasteners (no text or labels)

Diagram of a mechanical device with a conical base and support structure (no text or symbols)

Architectural rendering of a building facade with circular insets showing interior and exterior views (no text or symbols)

Architectural rendering of a modern building corner with ladder and window (no text or symbols)

Close-up of a hand adjusting a ceiling fixture with a curved glass tube (no text or symbols visible)

3D rendering of a mechanical component with a cylindrical housing and a protruding rod (no text or symbols visible)

3D rendering of a white mechanical component with a conical top and flange base (no text or symbols)

Antes da Montagem

Diagram showing airflow or heat transfer between a building facade and a window (no text or symbols)

51-318 max. 1080 mind. 813 522 170 250 500 600/700/900 323

Technical illustration of a mechanical assembly with screws and a pulley, showing no text or symbols.

Diagram of a laboratory apparatus with a conical base and vertical tube, no visible text or symbols

Architectural diagram of a building facade with structural details and circular insets showing interior layout (no text or symbols)

Architectural elevation drawing of a building facade with ventilation grilles and staircases (no text or symbols)

Close-up of a mechanical component with a hand holding a small object, no visible text or symbols

3D rendering of a mechanical component with a cylindrical top and protruding shaft (no text or symbols visible)

3D rendering of a white plastic container with a conical top and side outlet (no text or symbols)

Före monteringen

Kolfilter

Diagram showing airflow or fluid flow between a building facade and a sloped structure (no text or symbols)

51-318 max. 1080 mind. 813 522 170 250 500 600/700/900 323

Mechanical device with threaded fastener and magnified detail showing internal components (no text or symbols)

Simple line drawing of a mechanical device with a conical base and a top-mounted sensor (no text or symbols)

Architectural diagram showing a building facade with structural elements and two circular insets illustrating different components (no text or labels)

Architectural rendering of a modern building corner with structural details (no visible text or symbols)

Close-up of a hand holding a ladder inside a structural frame (no text or symbols visible)

3D rendering of a mechanical component with a cylindrical housing and a protruding rod (no text or symbols visible)

3D rendering of a white plastic container with a cylindrical top and side outlet (no text or symbols)

Før montasjen

Resirkulasjonsdrift

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51-318 max. 1080 mind. 813 522 170 250 500 600/700/900 323

⚠ Det komplette monteringssettet fåes i faghandelen.

Mechanical assembly diagram showing a cutting machine with screw fasteners and a magnified inset of a threaded component (no text or symbols present)

1. Legg opp rørforbindelsen.

2. Foreta den elektriske tilkoplingen.

3. Utførelse i rustfritt stål:

□ Trekk av beskyttelsesfolien på begge sider av pipeblenden.

Diagram of a mechanical device with a conical base and a vertical shaft, no visible text or symbols

1. Den nedre pipeblenden settes på damphetten og skrus fast med 2 lange skruer nedenfra på damphetten.

⚠ Unngå å få skraper når du setter den på, idet du f.eks. bruker monteringssjablonen som beskyttelse over kanten på den nedre pipeblenden. Deretter skrus pipeblenden fast til holdevinkelen på siden med 2 korte skruer.

Architectural rendering of a building facade with circular insets showing interior details (no text or symbols)

Architectural rendering of a modern building corner with ladder and window (no text or symbols)

Close-up of a hand holding a small object against a metallic frame (no visible text or symbols)

3D rendering of a mechanical component with a cylindrical housing and a vertical tool inserted (no text or symbols visible)

3D rendering of a white mechanical component with a conical top and flange base (no text or symbols)

Ennen asennusta

Diagram showing airflow or fluid flow between two building walls, with arrows indicating direction (no text or symbols)

51-318 max. 1080 mind. 813 522 170 250 500 600/700/900 323

Mechanical device with threaded fastener and magnified detail showing internal components (no text or symbols)

Pure technical diagram of a mechanical assembly without any text, numbers, or symbols

Architectural diagram showing a building interior with circular insets illustrating structural details (no text or symbols)

Architectural detail drawing of a modern building facade with window grilles and structural beams (no text or symbols)

Close-up of a hand adjusting a wall-mounted device component (no visible text or symbols)

3D rendering of a mechanical component with a cylindrical housing and a tool inserted (no visible text or symbols)

3D rendering of a white mechanical component with a cylindrical top and triangular base (no text or symbols)

Inden monteringen

Luftcirkulation

Diagram showing airflow or fluid flow between a building wall and a sloped surface (no text or symbols)

51-318 max. 1080 mind. 813 522 170 250 500 600/700/900 323

Technical illustration of a mechanical testing setup with tools and components (no text or symbols)

Diagram of a mechanical device with a conical base and support structure (no text or symbols)

Architectural diagram showing a building interior with structural elements and circular insets highlighting urban areas (no text or symbols)

3D architectural rendering of a modern building corner with stairs and structural elements (no text or symbols visible)

Close-up of a hand holding a small object inside a mechanical component (no visible text or symbols)

3D technical illustration of a mechanical component with a dome-shaped top and internal structure (no text or symbols)

Technical illustration of a mechanical component with two views: top shows a cylindrical housing, bottom shows a flanged base with a small hole (no text or symbols)

Dolaşimli hava modu

Diagram showing airflow or heat transfer between a building facade and a sloped roof, with arrows indicating direction (no text or symbols)

51-318 max. 1080 mind. 813 522 170 250 500 600/700/900 323

Technical diagram showing mechanical assembly with three views: top view of a cylindrical component, side view of a mechanical part with bolts and screws, and bottom view of a screw (no text or labels)

Diagram of a mechanical device with a conical base and support structure (no text or symbols)